[bluGill]

Atari made a lot of bad decisions, but what you were asked is not something you should expect someone in marketing to understand in general. There is only so much someone can get good at in their lifetime and so eventually you will have to give up understanding everything - and then look like an idiot when you ask for something that is obviously unreasonable to someone who does know.

What was asked for is a reasonable ask. It just isn't possible to create.

[thaumasiotes]

> What was asked for is a reasonable ask.

No it isn't. You don't get any copyright protection on a volume of data produced by rules, such as "every possible 8x8 bitmap". Furthermore, you also don't get copyright protection against "copies" that were developed without reference to your work, as would always be the case for this idea. So there is no theoretical benefit from attempting it.

What's the reasonable part?

[bluGill]

You are thinking as a lawyer, who for sure should have jumped in (if got that far - it appears to have went to engineering first who shut it down for engineering reasons). Someone in marketing should not be expected to know or think of those details about law. Maybe they will, but it isn't there job.

Specialization is a good thing. However it means you will have often ideas that because of something you don't know are bad even though within your lane they are good.

[shermantanktop]

Agreed that a marketer can’t be expected to know the math. But is it really reasonable to attempt to copyright every possible 8x8 bitmap?

[Jare]

Asking if you can print all 8x8 bitmaps is very reasonable.

Wanting to copyright them to block competition is despicable.

[EvanAnderson]

I'm shocked at how "few" pages printing all 8x8 bitmaps would actually require. Assuming full page coverage of an 8.5 x 11 sheet at 600 dpi I'm only coming with a touch over 548 billion pages. I expected it to be more. Legal-size paper drops that to about 430.5 billion pages.

[dmayle]

I think your math is a little off (or maybe mine is).

I'll take a short cut and imagine that you have an 8x8 square with no margins (68% of a borderless 8.5x11), then you have a grid of 600x600 bitmaps, which is 3.6e5. if each pixel is only black or white, than you have 1.8e19 possible bitmaps (64-bit), divide the two and you have 5e13, or about 50 trillion pages. Fix the equation, and you get a grid of 5.2e5, for 30 trillion pages instead of 50.

However, bring that up to 24-bit color or more (even 8-level greyscale is e154), and the exponentiality of the problem goes back to as described by the OP